Tektronix TCP0150 Current Probe

For test and measurement applications work, the Tektronix TCP0150 Current Probe delivers dependable performance. Highlights: aC/DC, 5 mA, 150 A, 20 MHz, 600 V, 25 mm, 500 A, 2 m, TCP Series.

• Features and Specifications:
• Tektronix TCP0150 Current Probe, AC/DC, 5 mA, 150 A, 20 MHz, 600 V, 25 mm, 500 A, 2 m, TCP Series Product Overview:
• The Tektronix TCP0150 Current Probe is a high-performance, AC/DC current probe designed for use with oscilloscopes and other test equipment
• It offers a wide measurement range of 5 mA to 150 A, a high bandwidth of 20 MHz, and a maximum voltage rating of 600 V
• The TCP0150 is ideal for a variety of applications, including power electronics testing, motor control analysis, and automotive diagnostics
• AC/DC current measurement Measurement range:
• 5 mA to 150 A Bandwidth:
• 20 MHz Maximum voltage rating:
• 600 V Split-core design for easy connection Compact and lightweight Includes carrying case Specifications:
• Measurement range:
• 5 mA to 150 A Bandwidth:
• 20 MHz Maximum voltage rating:
• 600 V Accuracy:
• 1% of reading ±0.1 A Output impedance:
• 1 MΩ Input impedance:
• 10 MΩ Operating temperature:
• 0°C to 50°C Storage temperature:
• 20°C to 70°C Dimensions:
• 150 mm x 50 mm x 25 mm Weight:
• 250 g What’s in the Box:
• Tektronix TCP0150 Current Probe Carrying case User manual Benefits:
• High accuracy and wide measurement range:
• The TCP0150 provides accurate current measurements over a wide range of values, making it ideal for a variety of applications
• High bandwidth:
• The 20 MHz bandwidth allows the TCP0150 to capture fast-changing current waveforms
• Split-core design:
• The split-core design makes it easy to connect the TCP0150 to conductors without interrupting the circuit
• Compact and lightweight:
• The TCP0150 is compact and lightweight, making it easy to use in a variety of settings
• The Tektronix TCP0150 Current
• Probe is a valuable tool for engineers and technicians who need to measure current in a variety of applications
• Its high accuracy, wide measurement range, and high bandwidth make it an ideal choice for power electronics testing, motor control analysis, and automotive diagnostics